Email: jk@tulane.edu

CV July 2022 | Google Scholar Profile

Phone: (504) 865-5549

Office: Israel 306

Mail: 6823 Saint Charles Avenue
         Department of Ecology and Evolutionary Biology
         400 Lindy Boggs Center
         New Orleans, LA 70118-5698

Email: tlamperty@tulane.edu

I am interested in how anthropogenic activities such as hunting and climate change alter species interactions to produce cascading effects throughout ecosystems. I received my Ph.D. from Rice University in Dr. Amy Dunham’s lab, where my research focused on understanding how poaching and the subsequent loss of large herbivores can alter understory vegetation with consequences for invertebrates and the ecological processes they drive on the forest floor in Afrotropical forests (Lamperty et al., 2020). My other work includes addressing the effects of a variety of human activities on seed dispersal processes in tropical forests and what the consequences of losing frugivores (fruit-eating animals that disperse seeds) may have for the maintenance of forest regeneration processes and the genetic diversity of animal-dispersed plants (Lamperty et al., 2021; Lamperty & Brosi, 2022). I have additionally explored aspects of rewilding in tropical forest in Southeast Asia (Lamperty et al., 2022), and am also currently studying how climate change affects plant-pollinator interactions in subalpine meadows as a postdoctoral researcher with Dr. Berry Brosi at the University of Washington. My other current research is funded through the NSF-PRFB and is in collaboration with sponsoring scientists Dr. Jordan Karubian (Tulane University) and Dr. Bette Loiselle (University of Florida) and will involve examining how hunting and the loss of large- and medium-bodied vertebrate species may trigger cascading effects in tropical forest ecosystems to ultimately alter the dynamics cause seed and seedling mortality.

Email: knarasimhan@tulane.edu

I am interested in the forest dynamics of neotropical forests, particularly in survival advantage afforded to rare genotypic individuals. My research aims to elucidate the proximate mechanisms of this advantage, including plant-macrobiotic interactions, immunological response and expression of immunological gene complexes, as well as the relative influences of other biotic and abiotic factors. For my Masters, I studied the community ecology of bats in the Peruvian Amazon in Dr. Liz Willey’s lab at Antioch University.

Email: ablanchette@tulane.edu

I am broadly interested in animal behavior, ecotoxicology, and urban ecology. I study how environmental lead impacts the wildlife (namely the northern mockingbird and Anolis sagrei lizard) here in New Orleans behaviorally and morphologically. I also want to understand the genetic mechanisms of adaption that may allow local wildlife to cope with high-lead levels in their blood and tissues. I am co-advised by Dr. Alex Gunderson for his expertise in the Anolis lizard system. For my Masters, I studied the antipredator behaviors of aposematic and cryptic frogs in Costa Rica out of Dr. Ralph Saporito’s lab at John Carroll University.

Email: mellis5@tulane.edu

My research interests revolve around tropical ecology and evolution, primarily in western Ecuador where I have been serving as the Director of Research for Third Millennium Alliance (TMA), a conservation non-profit, since 2016. I’m most passionate about studying and conserving tropical avifauna. That passion led me to establish the Jama-Coaque Bird Observatory in northwestern Ecuador – a branch of TMA focused on advancing Ecuadorian ornithology, forest conservation, environmental education and community outreach. My dissertation research draws from data collected by both TMA and Fundación para la Conservación de los Andes Tropicales (FCAT) and will focus on anthropogenic and environmental drivers of avian abundance, diversity, turnover, extirpation and adaptation in a fragmented landscape.

Email: handerson@tulane.edu

I am interested in sexual selection and evolutionary genomics. My research focuses on the white-bearded manakin (Manacus manacus), a lek-mating species of bird with high male reproductive skew. I hope to untangle the relative influence of genetic versus environmental factors on male mating success and investigate the consequences of strong sexual selection on the genome. Previously, I studied the role of female vocalizations in brown-headed cowbird courtship at the University of Pennsylvania.

Email: jsantano@tulane.edu

I am broadly interested in investigating how anthropogenic stressors, such as deforestation, impact bird-mediated ecosystem services, such as pollination and seed dispersal. I hope to use avian communities as a lens to provide insight into ecosystem wide processes and changes. I am also deeply invested in community-based conservation, community engagement, and environmental education. I plan on combining my passions for research, conservation, and education while working in Ecuador with Fundación para la Conservación de los Andes Tropicales (FCAT). Previously, I’ve worked in a variety of systems which included investigating foraging ecology in the coral reefs of Mo’orea, French Polynesia with The Diversity Project.

Email: cguo4@tulane.edu

I’m a 2-year Masters student in EEB department who graduated from University of Wisconsin in 2020. I’m interested in avian behavioral ecology. My research interest focuses on how white bearded manakins interact and signal each other when a potential predator is identified. I’m also broadly interested in mobbing calls which is not a typical behavior for white bearded manakin, but a typical anti-predatory strategy for passerine birds in North America.

Email: vsnaraya96@gmail.com

I am a first year master’s student in a 2-year thesis program. My interests broadly lie in population ecology, predator-prey behaviors, and anthropogenic stressors. I hope to study spatial dispersal of primary and secondary consumers and their effects on their community in Ecuador at the FCAT center. I would like to take my interests and knowledge gained from Tulane and apply it to repopulation efforts of species encroached upon by growing human development.

Email: kperkins1@tulane.edu

I am a 2-year thesis M.S student interested in Neotropical amphibians and endangered species conservation. My research takes place in Ecuador at the Fundación para la Conservación de los Andes Tropicales (FCAT) and focuses specifically on frog population abundances across primary forest habitats and anthropogenically influenced pastures, and the distributional patterns of the amphibian chytrid fungus Batrachochytrium dendrobatidis (Bd)

Email: krompf@tulane.edu

I am a Master’s student interested in avian ecology and tropical ecosystems. My research is focused on seed-dispersal by White-bearded manakins (Manacus manacus) in the Chocó rainforest of Ecuador at the FCAT research station (Fundación para la Conservación de los Andes Tropicales). Prior to my time at Tulane, I studied natural history and cannibalism in invasive Brown Widow Spiders, Latrodectus geometricus at Loyola University of New Orleans.

Email: jcohn6@tulane.edu

I’m a sophomore at Tulane majoring in environmental studies and environmental biology. I am interested in forest conservation and sustainable food production, although I am looking to explore other aspects of conservation as well. I am hoping to return to FCAT this summer or next summer and develop a more defined topic of research.

Email: mmillar@tulane.edu

I am a sophomore studying Ecology and Evolutionary Biology with an interest in either going to veterinary school or grad school to pursue my research interests. While I am currently working with Dr. Karubian to develop a definitive research focus, I am interested in research involving the mating and parental behaviors of American green kingfishers (genus Chloroceryle). I hope to assist other research teams in FCAT this coming summer while I work on defining my own research path.

Email: suher@tulane.edu

I am a junior that has been working in the lab since my first semester freshman year, organizing samples, extracting DNA, and reviewing camera trap footage. This year, I play to develop my own research project, which will become my honors thesis. My interest broadly include botany, mycology, and pedology, which I developed while spending this past summer at the FCAT station in Ecuador. I plan on returning to Ecuador this summer to collect data for my honors thesis. When I am not doing school work, I enjoy spending time with friends, going on walks, reading, and doing art!

I am broadly interested in the patterns and drivers of life cycle events in flowering plants, and their consequences for demography, community composition, and ecosystem-level processes. My current research employs long-term phenological records to assess the drivers of reproductive synchrony and its consequences for reproductive success in Oenocarpus bataua, a hyperdominant canopy palm of the Chocó. Concurrently, I have employed seed trap records to assess the role of a dominant avian frugivore (Cephalopterus penduliger) in shaping patterns of α-diversity among dispersed seeds in this biodiversity hotspot.

I am a plant ecologist and evolutionary biologist that is interested in studying the evolutionary potential of plant species to respond to projected climate change conditions. Specifically, I seek to understand how gene flow can shape the main source for adaptive potential to occur in response to new environmental conditions: the amount and distribution of genetic variation throughout species ranges. Currently, I am the Koch-Richardson Postdoctoral Fellow at the Department of Ecology and Evolutionary biology at Tulane University, in which I am designing and teaching two courses per year for graduate and senior undergraduate students -Plant Biology and adaptation (Fall semester) and Genomics and bioinformatics (Spring semester). In the Jordan Lab, I am working in collaboration with the PhD candidates Luke Browne and Zoe Diaz-Martin in understanding the fine-scale genetic structure of Oeonocarpus bataua, a native palm species to the tropical rainforest.

Olivia has a strong interest in fairy x princess reaction norms, and candy. Joaquin’s research focuses on dirt.